TEST REPORT IEC 62722-2-1:2014 Luminaire Performance

Shenzhen De-Testing Detection Co., Ltd. www.szde-testing.com E-mail: [email protected] Tel: +86-755-2955 8752

Page 1 of 27 Report No.: DER200002035593

TEST REPORTIEC 62722-2-1:2014

Luminaire Performance – Particular Requirements for LED Luminaires

Report Reference No........................ : DER200002035593

Tested by (+ signature) ......................: Peter Lin

Compiled by (+ signature) ................. : Baron He

Approved by (+ signature) .................:Ocean Zheng

Date of issue.........................................: June 09, 2020

Total number of pages......................... 27 pages

Testing laboratory ............................ : Shenzhen DE-Testing Detection Co., Ltd.

Address ................................................ : 3/F., Building 4, 3rd Industrial Zone, Tangtou, Shiyan, Bao'an District,Shenzhen, Guangdong, China.

Applicant’s name............................... : LTD “Gama Turi”

Address : 200196634 address Tbilisi, Georgia, Gldani-nadzaladevi district,Temka 3, 1st block, apartment 70, flat 15

Test specification:Standard................................................: IEC 62722-2-1:2014Test procedure..................................... : Compliance with IEC 62722-2-1:2014

Non-standard test method…………..: N/ATest item description........................: L29 LED Street Light

Trade Mark............................................: N/A

Manufacturer.........................................: LEPOWERFloor 3-5th, Building B Plant, Chuangfu Science & Technology Park,No.202 Shihuan Road, Shangwu Community, Shiyan Street, Bao’anDistrict, Shenzhen City, Guangdong Province, P.R.China

Model/Type reference......................... : See model list

Ratings...................................................: AC 100-277V, 50/60Hz, 150W Max.



Summary of testing:

Tests performed (name of test and test clause):This appliance complies with partial requirements ofIEC 62722-2-1:2014 standards.This appliance conducts test per client’srequirements.

Testing location:3/F., Building 4, 3rd Industrial Zone, Tangtou,Shiyan, Bao'an District, Shenzhen, Guangdong,China.

General product information:These products are LED street light.All models have a same electrical construction and appearance except that the rating, LED quantity, LEDDriver and size are different.“Z” and “M” are variables, “Z” can be “0” or “1”, 0 stands for without receptacle, 1 stands for with receptacle,“M” can be “0” or “1”, 0 stands for without short-circuit cap, 1 stands for with short-circuit cap.

Model Name Input voltage Input current(Max.) Power LED types

LY-L29-30W-(4000K)-[Z]-[M] 100-277V 0.15A 30W LUXEON 5050






Possible test case verdicts:- test case does not apply to the test object...............: N/A (or N)- test object does meet the requirement..................... : P (Pass)- test object does not meet the requirement...............: F (Fail)Testing.............................................................................:Date of receipt of test item............................................ : May 28, 2020Date (s) of performance of tests...................................: May 28, 2020 to June 05, 2020

General remarks:Unless otherwise stated the results shown in this test report refer only to the sample(S) tested.This test report was prepared for the customer shown above and for the device described herein.It may not be duplicated or used in part without prior written consent for Shenzhen DE-Testing Detection CO.Ltd.Any unauthorized alteration,forgery or falsification of the content or appearance of this document is unlawful andoffenders bay be prosecuted to the fullest extent of the law.This report was valid only with a valid digital signature.

GSPublisherVersion 0.41.100.100



IEC 62722-2-1:2014

Clause Requirement + Test Result - Remark Verdict

4 PRODUCT INFORMATION PInformation on the parameters shown in Table 1 shall be provided by themanufacturer or responsible vendor on the product datasheets, leaflets or website.

P

a) Rated input power (in W) LY-L29-30W-(4000K)-[Z]-[M]:30WLY-L29-80W-(4000K)-[Z]-[M]:80WLY-L29-110W-(4000K)-[Z]-[M]:110WLY-L29-150W-(4000K)-[Z]-[M]:150W

P

b) Photometric code 740/339 Pc) Rated luminous flux (in lm) LY-L29-30W-(4000K)-[Z]-

[M]:4400lmLY-L29-80W-(4000K)-[Z]-[M]:11700lmLY-L29-110W-(4000K)-[Z]-[M]:16700lmLY-L29-150W-(4000K)-[Z]-[M]:23000lm

P

d) Rated median useful life (h) and the associatedrated lumen maintenance factor (x)

Lumen maintenance factor:LY-L29-30W-(4000K)-[Z]-[M]:0.82LY-L29-80W-(4000K)-[Z]-[M]:0.95LY-L29-110W-(4000K)-[Z]-[M]:0.85LY-L29-150W-(4000K)-[Z]-[M]:0.93Rated median useful life:＞100000h

P

e) Rated abrupt failure value (%) 0 Pf) Lumen maintenance code 7 Pg) Rated chromaticity co-ordinate values both initialand maintained

3 P

h) Rated correlated color temperature (CCT in K) 4000K Pi) Rated color rendering Index (CRI) ＞70 Pj) Rated ambient temperature (tq) related toperformance for a luminaire (°C)

25°C P

k) Rated LED luminaire luminous efficacy (in lm/W) LY-L29-30W-(4000K)-[Z]-[M]:142.23lm/WLY-L29-80W-(4000K)-[Z]-[M]:143.86lm/WLY-L29-110W-(4000K)-[Z]-[M]:150.36lm/WLY-L29-150W-(4000K)-[Z]-[M]:153.28lm/W

P

l) Aging time, if different from 0 h N/A5 NOT USED --6 TEST CONDITONS P6.1 General test conditions P

Test conditions for testing electrical andphotometric characteristics, lumen maintenanceand life are given in Annex A.

P

130.00lm/W

130.00lm/W

130.00lm/W

130.00lm/W



IEC 62722-2-1:2014


All tests are measured on “n” LED luminaires of thesame type. The number “n” shall be a minimum ofproducts as given in Table 3. LED luminaires usedin the endurance tests shall not be used in othertests.

P

Each sample luminaire shall comply with all therelevant tests except for the tests of 10.3 whereone sample is required for each of the threeseparate tests mentioned in Table 2 and Table 3.In order to reduce the time of testing, themanufacturer or responsible vendor may submitadditional luminaires or parts of luminaires providedthat these are of the same materials and design asthe original luminaire and that the results of the testare the same as if carried out on an identicalluminaire.

P

LED luminaires with dimming control shall beadjusted to maximum output for all tests.

P

LED luminaires with adjustable CCT shall beadjusted/set to one fixed value as indicated by themanufacturer or responsible vendor.

N/A

LED luminaires of linear geometry and variablelength shall be tested at a length at which theparameters are given (e.g. performance per x cm).

N/A

6.2 Luminaires using LED modules where compliance with IEC 62717 has been proven(Type A)

P

Only the tests for measurement of initialperformance are to be conducted, when the LEDmodule is operated within its temperature limit tp.

P

The information for luminaire design given in IEC62717, Clause B.1, requires LED modules to beoperated within their tp temperature limit. The tptemperature shall be measured according to thethermal test procedure defined in 12.4 of IEC60598-1, (normal operation).

P

For luminaires for road and street lighting andfloodlights intended for outdoor use only, thereduction of the measured temperature accordingto 3.12.1 of IEC 60598-2-3, and 5.12.1 of IEC60598-2-5, respectively shall not be applied forthe tp temperature of the LED module.

P

The ambient performance temperature tq ismeasured in a draught-proof enclosure, as the airtemperature, at a position near one of theperforated walls on a level with the centre of theluminaire, see item e), Clause K.1 of IEC 60598-1.

P

6.3 Luminaires using LED modules where compliance with IEC 62717 has not beenproven (Type B)

N/A

6.3.1 General N/AThe manufacturer shall conduct testing for 25 % ofrated life up to a maximum of 6 000 h.

N/A

6.3.2 Creation of module families to reduce test effort N/A



IEC 62722-2-1:2014


6.3.2.1 General N/A

The provisions of 6.2.1 of IEC 62717 apply to theLED luminaire.

N/A

6.3.2.2 Variations within family N/AThe provisions of 6.2.2 of IEC 62717 apply to theLED luminaire.

N/A

6.3.2.3 Compliance testing of family members N/AThe provisions of 6.2.3 of IEC 62717 apply to theLED luminaire.

N/A

6.4 Performance requirements N/AThe performance criteria given in Table 2 appliesfor LED luminaires of Types A and B. All of thetested n LED luminaires shall have passed theperformance requirements.

N/A

7 INPUT POWER PPower shall be measured at the supply to theluminaire, see Figure 1. The provisions of Clause 7of IEC 62717 apply to the LED luminaire. In casethe power is not constant, the average of the poweris measured over an appropriate time.

P

8 PHOTOMETRIC PERFORMANCE P8.1 Luminous flux P

Retinal thermal hazard exposure limit – weak visual stimulus PThe provisions of 8.1 of IEC 62717 apply to theLED luminaire. In addition the provisions in ClauseA.1, paragraph 2 of this document apply where arated ambient temperature related to performanceother than 25 °C is advised by the manufacturer.

P

8.2 Luminous intensity distribution, peak intensity and beam angle P8.2.1 General P

The provisions of 8.2.1 of IEC 62717 apply to theLED luminaires.

P

8.2.2 Measurement PThe provisions of 8.2.2 of IEC 62717 apply to theLED luminaire.

P

8.2.3 Luminous intensity distribution PThe provisions of 8.2.3 of IEC 62717 apply to theLED luminaire.

P

8.2.4 Peak intensity PThe provisions of 8.2.4 of IEC 62717 apply to theLED luminaire.

P

8.2.5 Beam angle PThe provisions of 8.2.5 of IEC 62717 apply to theLED luminaire.

P

8.3 Luminaire luminous efficacy PLED luminaire luminous efficacy shall be calculatedfrom the measured initial luminous flux of LEDluminaire divided by the measured initial inputpower of the luminaire. For measurement ofluminous flux see 8.1. For input powermeasurement, see Figure 1.

P



IEC 62722-2-1:2014


9 CHROMATICITY CO-ORDINATES, CORRELATED COLOR TEMPERATURE ANDCOLOR RENDERING

P

9.1 Chromaticity co-ordinates PThe provisions of 9.1 of IEC 62717 apply to theLED luminaire.

P

9.2 Correlated color temperature (CCT) PThe provisions of 9.2 of IEC 62717 apply to theLED luminaire.

P

9.3 Color rendering index (CRI) PThe provisions of 9.3 of IEC 62717 apply to theLED luminaire.

P

For all tested items in the sample, the measuredCRI value shall not have decreased by more than:

P

-..........................................................................................3points from the rated CRI value (see Table 1)for initial values;

P

-..........................................................................................4points from the rated CRI value, when testedfor 6000 h for maintained CRI values.

P

10 LED LUMINAIRE LIFE P10.1 General P

The provisions of 10.1 of IEC 62717 apply to theLED luminaire.

L90B10＞102000h(for all models)

P

10.2 Lumen maintenance PLED luminaires using modules shown to be inconformity with IEC 62717 (see 6.2) do not have tobe submitted for the test. Maintenance valuesdeclared for the module at the considered rating tpmay be declared as the maintenance values of theluminaire for the related rated tq.

P

Other luminaires are submitted for the test. Theprovisions of 10.2 of IEC 62717 apply to the LEDluminaire except that the maintenance test shall beconducted at the ambient temperature in thetemperature interval (rated tq, rated tq - 2). Theprovisions of 10.2 of IEC 62717 apply to the LEDluminaire, except that the maximum ratedtemperature tp of the LED module is not exceededin the luminaire during testing as long as theinterval (rated tp − 5, rated tp) is maintained.

P

Compliance criteria PThe measured luminous flux value shall not be lessthan the luminous flux value given by the ratedlumen maintenance factor related to rated medianuseful life.

P

For all the tested items in a sample, the measuredvalues shall be of the same maintenance code asthe provided values. All the LED modules in asample shall pass the test.

P

10.3 Endurance tests N/AThe provisions of 10.3 of IEC 62717 apply to theLED luminaire.

N/A



IEC 62722-2-1:2014


Endurance test shall be performed only on a LEDluminaire using a LED module not tested forcompliance with IEC 62717.

N/A

For accelerated operation life test, a LED luminaireusing a LED module where compliance with IEC62717 has not been proven, shall be operated at atemperature corresponding to 10 K abovemaximum tq advised by the manufacturer orresponsible vendor. Separate samples shall beused for the endurance tests in 10.3.2, 10.3.3 and10.3.4 of IEC 62717.

N/A

Where in 10.3 of IEC 62717 the word module ismentioned, it shall be considered as luminaire,where appropriate.

N/A

11 VERIFICATION PThe minimum sampling size for type testing shallbe as given in Table 3. The sample shall berepresentative of a manufacturer’s production. Ifthe LED luminaire does not change the propertiesof single LEDs, LED packages or LED modules, itshould be allowed to reference to test data of theLED manufactures.

P

The results of the test shall comply with therequirements given in Table 2.

P

ANNEX A METHOD OF MEASURING LED LUMINAIRE CHARACTERISTICS PA.1 General P

The provisions of Clause A.1 of IEC 62717 apply tothe LED luminaire, except that the wording in thethird paragraph, first sentence “in the temperatureinterval (tp rated − 5, tp rated)” does not apply to theLED luminaire.

P

Where a rated ambient performance temperature tqother than 25°C is advised by the manufacturer, acorrection factor will need to be established tocorrect the measured luminous flux value at 25°Cto the luminous flux value at the declared ambienttemperature. This shall be done using relativephotometry in a temperature controlled cabinet.

P

In addition for LED luminaires the international andregional requirements shall be followed formeasurement methods and provision of data butformat may be optional.

P

A.2 Electrical characteristicsThe provisions of Clause A.2 of IEC 62717 apply tothe luminaire.

P

A.3 Photometric characteristics PThe provisions of Clause A.3 of IEC 62717 apply tothe LED luminaire.

P

ANNEX B EXPLANATION OF RECOMMENDED LIFE TIME METRICS PB.1 General P



IEC 62722-2-1:2014


Life time of LED luminaire can be far more thanwhat practically can be verified with testing.Furthermore, the decrease in light output differs permanufacturer making general prediction methodsdifficult. This standard has opted for lumenmaintenance categories that cover the initialdecrease in luminous flux until an operational timeas stated in 6.1. Due to this limited test time, theclaimed life of a LED luminaire cannot beconfirmed nor rejected in most cases.

P

B.2 Life time specification PIt is recommended for LED luminaires to specifythe lumen maintenance apart from the abruptfailures in a standardised way giving more insightin light output behaviour. One can distinguish 2types of failures.

P

Lifetime specification for gradual light outputdegradation

P

Lifetime specification for abrupt light outputdegradation

P



IEC 62722-2-1:2014


Table 1 Product information

7, 8.1 &8.3

TABLE: LED Module Power & Light output P

Sample Measuredpower (W)

Ratedpower (W)

Measuredluminousflux (lm)

Ratedluminousflux (lm)

Calculatedefficacy(lm/W)

Ratedefficacy(lm/W)

S1 13.23 14 1431 1500 108.26 110

S2 13.23 14 1433 1500 108.34 110

S3 13.22 14 1439 1500 108.40 110

S4 13.22 14 1433 1500 108.38 110

S5 13.22 14 1441 1500 108.41 110

S6 13.22 14 1430 1500 108.38 110

S7 13.22 14 1430 1500 108.36 110

S8 13.22 14 1432 1500 108.35 110

S9 13.22 14 1433 1500 108.36 110

S10 13.22 14 1433 1500 108.34 110

Supplementary information:



IEC 62722-2-1:2014


Table 2 Performance criteria for which testing is required



IEC 62722-2-1:2014


Table 3 Test data (TM-21)

Test Data Power (W)

Model：LY-L29-30W-(4000K)-[1]-[1]

Sample No. S01 S02 S03 S04 S05

Measured 30.72 30.7 30.68 30.7 30.69

Average 30.698

Model：LY-L29-80W-(4000K)-[1]-[1]


Measured 81.04 81.0 81.1 81.07 80.95

Average 81.032

Model：LY-L29-110W-(4000K)-[1]-[1]


Measured 111.0 110.8 111.4 110.7 110.4

Average 110.86

Model：LY-L29-150W-(4000K)-[1]-[1]


Measured 149.8 150.4 149.5 150.0 149.9

Average 149.92



IEC 62722-2-1:2014


Test Data Power factor

Model：LY-L29-30W-(4000K)-[1]-[1]


Measured 0.829 0.829 0.829 0.829 0.829

Average 0.829

Model：LY-L29-80W-(4000K)-[1]-[1]


Measured 0.9566 0.9566 0.9566 0.9566 0.9566

Average 0.9566

Model：LY-L29-110W-(4000K)-[1]-[1]


Measured 0.8476 0.8476 0.8476 0.8476 0.8476

Average 0.8476

Model：LY-L29-150W-(4000K)-[1]-[1]


Measured 0.9321 0.9321 0.9321 0.9321 0.9321

Average 0.9321

Test Data Luminous Flux (lm)

Model：LY-L29-30W-(4000K)-[1]-[1]


Measured 4369 4374 4392 4380 4371

Average 4376.6

Model：LY-L29-80W-(4000K)-[1]-[1]


Measured 11659 11721 11680 11673 11672

Average 11681

Model：LY-L29-110W-(4000K)-[1]-[1]



IEC 62722-2-1:2014



Measured 16691 16685 16698 16704 16702

Average 16696

Model：LY-L29-150W-(4000K)-[1]-[1]


Measured 22955 22967 22950 22960 22948

Average 22956

Test Data Luminaire Luminous Efficacy (lm/W)

Model：LY-L29-30W-(4000K)-[1]-[1]


Measured 142.23 142.17 142.1 142.25 142.4

Average 142.23

Model：LY-L29-80W-(4000K)-[1]-[1]


Measured 143.86 143.71 143.88 143.9 143.89

Average 143.84

Model：LY-L29-110W-(4000K)-[1]-[1]


Measured 150.36 150.45 150.39 150.4 150.42

Average 150.4

Model：LY-L29-150W-(4000K)-[1]-[1]


Measured 153.28 152.9 153.5 153.67 153.71

Average 153.41

Test Data Color Rendering Index (Ra)

Model：LY-L29-30W-(4000K)-[1]-[1]



IEC 62722-2-1:2014



Measured 71.9 71.8 71.8 71.9 71.8

Average 71.8

Model：LY-L29-80W-(4000K)-[1]-[1]


Measured 71.8 71.8 71.7 71.9 71.9

Average 71.8

Model：LY-L29-110W-(4000K)-[1]-[1]


Measured 71.7 71.8 72.0 71.9 71.8

Average 71.8

Model：LY-L29-150W-(4000K)-[1]-[1]


Measured 71.9 71.9 71.8 71.8 71.9

Average 71.9

Test Data Correlated Colour Temperature (K)

Model：LY-L29-30W-(4000K)-[1]-[1]


Measured 3916 3920 3912 3933 3937

Average 3923

Model：LY-L29-80W-(4000K)-[1]-[1]


Measured 3921 3920 3941 3948 3937

Average 3222

Model：LY-L29-110W-(4000K)-[1]-[1]


Measured 3937 3930 3941 3945 3960



IEC 62722-2-1:2014


Average 3942

Model：LY-L29-150W-(4000K)-[1]-[1]


Measured 3941 3948 3941 3928 3950

Average 3941



IEC 62722-2-1:2014


Test Data Peak Intensity (cd)

Model：LY-L29-30W-(4000K)-[1]-[1]


Measured 1622 1618 1630 1627 1624

Average 1624

Model：LY-L29-80W-(4000K)-[1]-[1]


Measured 4202 4200 4212 4208 4201

Average 4204

Model：LY-L29-110W-(4000K)-[1]-[1]


Measured 6121 6120 6128 6131 6134

Average 6126

Model：LY-L29-150W-(4000K)-[1]-[1]


Measured 8178 8175 8174 8188 8175

Average 8178

Test Data Beam Angle (°)

Model：LY-L29-30W-(4000K)-[1]-[1]


Measured 74.2 74.2 74.2 74.2 74.2

Average 74.2

Model：LY-L29-80W-(4000K)-[1]-[1]


Measured 73.6 73.6 73.6 73.6 73.6

Average 473.6

Model：LY-L29-110W-(4000K)-[1]-[1]



IEC 62722-2-1:2014



Measured 73.1 73.1 73.1 73.1 73.1

Average 73.1

Model：LY-L29-150W-(4000K)-[1]-[1]


Measured 74.1 74.1 74.1 74.1 74.1

Average 74.1



Attachment 1 –Luminous Intensity Distribution

Light Distribution Curve:For model:LY-L29-30W-(4000K)-[1]-[1]

Intensity data:



For model:LY-L29-80W-(4000K)-[1]-[1]



For model:LY-L29-110W-(4000K)-[1]-[1]



For model:LY-L29-150W-(4000K)-[1]-[1]



Appendix 2Photo documentation

Photo 1

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The view for model LY-L29-30W-(4000K)-[1]-[1]

Photo 2

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Photo 6

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The view for model l LY-L29-110W-(4000K)-[1]-[1]



Photo 7

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Photo 8

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Photo 9

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[ √ ] top

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[ ] internal

The view for model LED module

****END OF REPORT***

Documents

TEST REPORT IEC 62722-2-1:2014 Luminaire Performance